The cost of moving data is becoming a dominant factor for performance
and energy efficiency in high performance computing systems. To
minimize data movement, applications have to consider initial data
placement and optimize both vertical data movement in the memory
hierarchy and horizontal data transfer between processing units.

While trends in computer architecture suggest that the number of
computing cores on a node is continuing to increase, it is likely that
some long-held programmability assumptions such as cache coherence
across a whole compute node will no longer be valid on future
systems. At the same time, the inclusion of high-bandwidth memory and
non-volatile storage will further complicate the programming of HPC
systems. To address this situation, application developers need to be
equipped with new techniques, tools, libraries, and programming
abstractions to deal with data locality as a first class concern.

Submissions must be formatted according to the Springer LNCS format
and should not exceed 14 pages. All submissions must be in PDF format
and represent substantial original research results not published or
under review elsewhere. At least one author of every accepted paper is
required to attend the conference in order for the paper to be
included in the final proceedings.

For paper submissions please use

https://www.easychair.org/conferences/?conf=dlmcs2016

For more details please see the DLMCS website at

http://www.dlmcs.org/2016

POSTER SESSION AND TRAVEL STIPENDS

The DLMCS Workshop will feature a poster session and strongly
encourages poster submissions from students and early-stage
researchers and from all other participants. To enable students and
early-stage researchers to attend the workshop and the conference, we
are pleased to be able to provide a limited number of travel stipends
in the amount of 600 EUR each, through financial support from SPPEXA,
the German priority programme on software for Exascale computing
(www.sppexa.de).